Understanding and optimising a building in its entirety, creating an aesthetically pleasing and functional company headquarters, making bicycles synonymous with a trendy way of life, living sustainably, driving his business forward – these are the goals entrepreneur Dirk Zedler wanted to achieve with a single construction project. Building the headquarters for Zedler Fahrradwelt is a project, which makes use of the DGNB Sustainability Certificate for Buildings In Use to create an interconnected, sustainable building.
Anyone wanting to future-proof their building operations and ensure they are focussed on climate protection must take a number of aspects into account, e.g. emissions caused, cost or location related risks – AND the needs of the users. Despite all ecological and economic considerations, it is important to maintain a holistic perspective. The DGNB System for Buildings in Use takes all of this this into account. It also considers three sociocultural and functional criteria, which we present in more detail in this blog, the final one in our blog series.
There are roughly 20 million buildings in use in Germany alone – millions of properties that highlight so much potential to achieve our climate protection goals. The question is, where do we begin? Is there something every individual can do – in practical terms – to use or operate the buildings they own or occupy more sustainably? This is where the DGNB System for Buildings in Use comes in. We use nine criteria to focus the mind on all factors with a bearing on sustainability. In a series of blog posts, we describe why it makes sense for everyone with a stake in buildings to think more about these topics. In our first post, we look at the three criteria of buildings in use, which are relevant for the environment.
All existing buildings in use in Germany must be carbon-neutral by 2050. This is truly a Herculean task for the entire construction and real estate industry. For building owners, users and real-estate portfolio owners, this means their CO2 balance at the end of the year for ongoing building operations must be zero. For this to succeed, a targeted, holistic and, at the same time, building-specific approach to sustainable optimisation is needed. The system’s solution here is simple.